Kitchenaid krqc506mps refrigerator not making ice — recently connected water line to an unused ice maker

Use only checks that match the exact appliance or system and its official guide.

1. Check 1

   Record the complete model as KRQC506MPS from the refrigerator label and note when the water line was connected, whether the refrigerator was already cold, whether the ice maker was left on while disconnected, and whether any ice or water appeared afterward. Use KitchenAid's model lookup for the exact manual and do not rely on a near-model control diagram.

   Expected result: The model is confirmed, the line was just connected after a long unused period, the maker was on while disconnected, or the model label/manual does not match.

   Next step: Keep the exact model, connection date, and any display or indicator photos for later checks. If the identity cannot be confirmed, stop model-specific troubleshooting and obtain the correct manual.

   Stop if: Do not press an unidentified test button, pull the refrigerator by the water tubing, or disconnect a line that may still be pressurized.

   Why this matters

   Why: This distinguishes a normal post-connection wait from a water-supply or control fault. The exact model matters because KitchenAid uses different ice-maker layouts and reset controls across refrigerator platforms.

2. Check 2

   If the water line was just connected, confirm that the refrigerator has already reached its normal cold operating condition and allow the KitchenAid startup interval before judging production: at least 24 hours for ice production to begin and up to 72 hours for full production. Keep the ice maker off while a water connection is absent; after the line is ready, enable it only using the KRQC506MPS manual's visible control.

   Expected result: Less than 24 hours have passed, 24 hours have passed but the bin is not full, more than 72 hours have passed with no ice, or the maker was left on with no water line.

   Next step: Wait through the applicable interval while keeping the freezer closed as much as practical and the maker correctly enabled. If no production follows 72 hours, continue with the safe water and filter observations and arrange service if the maker remains dry.

   Stop if: Do not repeatedly reset or cycle the refrigerator to accelerate production, and do not run the ice maker dry to reproduce a buzz.

   Why this matters

   Why: No cubes during the first day can be normal startup delay, and a partially filled bin before three days does not by itself prove failure. KitchenAid warns that an enabled maker without a water supply can buzz and produce abnormal operating conditions. More than the stated startup interval with no fill requires a water-path and service decision.

3. Check 3

   From the front or another safe accessible position, inspect only the visible water line and shutoff status. Look for a kink, crushing against the cabinet, a wet connection, or an obviously closed shutoff. Correct only a visible kink that can be eased without moving the refrigerator; if any hose work is needed, shut off water at a safe accessible valve first and use qualified service.

   Expected result: The line is kinked or crushed, a connection is wet or disconnected, the shutoff appears closed, or the visible line is clear and dry.

   Next step: Ease a harmless visible kink only if the appliance stays in place and the connection remains dry. For leaks, disconnections, pressure questions, or tubing access behind the refrigerator, stop and arrange qualified appliance or plumbing service.

   Stop if: Do not loosen a fitting while pressurized, pull the appliance out by the tubing, open the water valve or electrical enclosure, or continue with a wet connection.

   Why this matters

   Why: KitchenAid says the refrigerator must have a cold-water supply and that a kink can reduce water flow. A clear dry external line lowers the probability of an external restriction but does not rule out an internal valve, fill path, filter, or ice-maker problem.

4. Check 4

   If the KRQC506MPS installation includes an accessible water dispenser, make one normal brief water dispense observation and check from the front that the filter is fully seated and sealed. Follow the exact manual for any filter removal, flushing, or replacement; do not remove a filter as a pressure-bypass experiment.

   Expected result: Water flow is normal, slow or absent, sputters after the connection or filter change, or water appears at the filter housing.

   Next step: Use only the model-documented filter seating and flushing procedure. Stop for a leak, water near electrical parts, or a model configuration without an accessible dispenser, and provide the flow result to service.

   Stop if: Do not force the filter, run without a required filter seal, bypass the filter housing, or add pressure or water directly to the ice maker.

   Why this matters

   Why: Normal water flow makes a shared supply restriction less likely and leaves the ice-maker call for water, fill path, inlet valve, or harvest process in consideration. Weak flow or a filter-housing leak points first to supply, filter seating, or sealing rather than proving an ice-maker assembly failure.

5. Check 5

   After the startup interval and safe external checks, observe the ice-maker compartment only from outside the mechanism. Record whether the mold contains frozen cubes, is empty and dry, fills with water, or releases cubes into the bin. Listen only for a brief fill sound versus a repeated buzz; do not reach into the mechanism or insert a tool.

   Expected result: The mold fills and releases, contains frozen cubes that do not release, stays dry with normal water flow, or the maker buzzes repeatedly without filling.

   Next step: If the maker fills and releases, check only the model-documented bin position. If it stays dry, jams, or buzzes repeatedly, leave the maker off and arrange model-specific appliance service with the recorded sequence.

   Stop if: Do not force the ejector, thaw the mold with hot water, remove covers, bypass a sensor, or order a valve or ice-maker assembly from this observation alone.

   Why this matters

   Why: Filling and releasing indicates production is working even if dispensing or bin position is a separate issue. Frozen cubes that remain point toward harvest or sensing. A dry mold or repeated buzz keeps the water call, inlet valve, fill path, or control in consideration; the observation cannot identify a part.

6. Check 6

   Check the freezer display and other frozen food to confirm that the compartment is maintaining normal freezing conditions, and verify that the doors and drawers close and seal normally. Use the KRQC506MPS manual for the proper temperature setting; do not force an extreme setting or open an access panel.

   Expected result: The freezer is cold and stable, is warm or unstable, or a door or drawer remains ajar or does not seal.

   Next step: Correct only a visible door or drawer obstruction and allow the refrigerator to recover under the manual's normal setting. Arrange service if cooling or sealing remains abnormal or if the ice maker stays dry after recovery.

   Stop if: Do not dismantle door hinges, adjust sealed-system parts, or keep testing the maker when food is warming or water is entering electrical areas.

   Why this matters

   Why: KitchenAid lists freezer temperature among the causes of ice-maker problems. A warm compartment or poor seal can suppress production without proving an ice-maker component failure; stable freezing narrows attention back to controls and water delivery.